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As we discussed above, the chassis for the 1756 ControlLogix family will have 4, 7, 10, 13 or 17 slots. This number refers to the available spaces within the chassis. A single slot will be able to accommodate a single 1756 card. The slot numbers on the chassis will be labeled starting from 0. The same numbers will be used within. Slot Machines in Allen on YP.com. See reviews, photos, directions, phone numbers and more for the best Slot Machine Sales & Service in Allen, TX. My name is Brian Christopher, and every day, I post new daily videos of myself playing slot machines in the casino. You'll see some wins, some losses, some jackpot handpays, high limit slots, max.

In the 2019 regular and postseason, per Pro Football Focus data, slot receivers regardless of position (receivers, running backs, and tight ends) accounted for 32% of all targets, 31.6% of all receptions, 32.3% of all receiving yardage, and 34.3% of all receiving touchdowns. In a league where the three-receiver set is by far the default formation (it happened on 69% of all snaps last season, per Sports Info Solutions), having a versatile and productive slot receiver is an absolute necessity in the modern passing game.

Moreover, there is no one kind of slot receiver in the modern NFL. It used to be that you wanted the shorter, smaller guy inside, and your bigger, more physical receivers on the outside. Then, offensive coaches started to realize that by putting bigger receivers and tight ends in the slot, you could create mismatches with slower linebackers and smaller slot cornerbacks. Teams countered this by acquiring linebackers built like safeties, eager to do more than just chase after run fits, and also by moving their best cornerbacks into the slot in certain situations.

Now that offensive and defensive coaches have worked hard to create as many schematic and personnel ties in the slot as possible, the best slot receivers are the ones who consistently show the ideal characteristics for the position. These receivers know how to exploit defenders who don’t have a boundary to help them — they’ll create inside and outside position to move the defender where they want him to go. They understand the value and precision of the option route, and how you can hang a defender out to dry with a simple “if this/then that” equation based on coverage rules. They know how to work in concert with their outside receivers to create route combinations which create impossible math problems for defenses. And they know how to get open in quick spaces.

But don’t automatically assume that slot receivers are just taking the dink-and-dunk routes — they’re actually tasked to catch everything from quick slants to vertical stuff down the seam and up the numbers. Last season, per PFF data, the NFL average for yards per completion for outside receivers was 11.28. For slot receivers, it was 11.63. So, over time and based on the play design and the makeup of the receivers, teams could find just that many more yards by throwing to their slot targets.

The best slot receivers in the game bring unique and highly valuable traits to the game, and here are the best among them.

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Honorable Mentions

Had we dropped the qualifying floor to under 50% slot snaps, two guys would have easily made it — Tampa Bay’s Mike Evans, and Baltimore’s Marquise Goodwin. Evans led all slot receivers with at least 25 targets with a passer rating when targeted of 151.3, and Brown was an absolute force against defenses in the slot — especially when he was using his speed in empty formations.

San Francisco’s Deebo Samuel, who was probably the MVP of the first half of Super Bowl LIV before things started to go backward for his team, would have received a mention as well — Samuel had just 33 targets, but caught 28 of them and helped his quarterback to a 135.3 rating when he was targeted in the slot. Kansas City speed receiver Mecole Hardman had just 23 a lot targets, but he was also highly efficient with them, helping his quarterbacks to a 133.9 rating. Though Danny Amendola was the only Lions receiver to make the 50% threshold, both Marvin Jones and Kenny Golladay were highly efficient when tasked to move inside. Other former slot stars like Tyreek Hill of the Chiefs and Minnesota’s Adam Thielen saw their roles change more to the outside in 2019 from previous seasons.

Of the receivers who actually qualified, Nelson Agholor of the Eagles was quietly efficient and had just two drops in the slot last season — which would go against several memes on the subject. Buffalo’s Cole Beasley just missed the cut, through he was one of several receivers on the Bills’ roster who didn’t always get the accuracy and efficiency they deserved from quarterback Josh Allen. And though Randall Cobb was productive for the Cowboys last season and should be so for the Texans in 2020, his nine drops as a slot man… well, we can only have one guy with nine slot drops on this list. More on that in a minute.

Now, on to the top 11.

Introduction

Understanding the Hardware is the first step of working with Programmable Logic Controllers (PLCs). In this tutorial, we will be going over the entire ControlLogix platform which is the flagship product from Rockwell Automation.

ControlLogix is classified as a large control system which is typically used in plant-wide applications. This platform allows PLC Programmers to have full control over various local and remote systems. ControlLogix hardware is critical in many facilities and provides a level of flexibility, unlike any other PLCs. Furthermore, it has the most memory and fastest speed available when compared to other systems from Allen Bradley.

In this article, we will talk about the basics you need to know: Chassis, Power Supply & 1756 Control Logix Family.

ControlLogix Chassis Hardware Components

ControlLogix is characterized by the 1756 prefix. You will find this number in front of every component which works with this system. This includes PLCs, I/O Modules, Chassis, Communication Modules and more. This is important to know as Rockwell has secondary identifiers for their devices which often confuses new Automation Engineers. The part number is different from the revision number; the part number for ControlLogix will always include “1756” as the prefix.

ControlLogix Chassis Selection

The Chassis is what will physically hold the modules which allow the system to interface field devices: EtherNet, ControlNet, DeviceNet, Analog Inputs, Digital Outputs, etc. The chassis can be selected based on the constraints of the system as well as the mechanical layout of the panel. However, based on my experience, it’s always best to purchase the largest chassis possible in order to leave room for future expansion. The cost difference in the different models is fairly low, so going with the 17 slot chassis is always the best option in my opinion.

The chassis for 1756 ControlLogix modules can be of following sizes:

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4 slot (1756-A4)
7 slot (1756-A7)
10 slot (1756-A10)
13 slot (1756-A13)
17 slot (1756-A17)

ControlLogix Power Supply Selection

A power supply will provide power to the chassis as well as the modules connected to it. ControlLogix power supplies will snap into place on the left side of the chassis and become an integral part of the PLC rack.

Here’s a breakdown of standard power supplies which should be your number one option in most cases. Do note that you need to select what’s best for your system depending on where it’s going to be used. In my experience, going with the 24VDC option is always the safe bet as factories can always provide this voltage level regardless of their location and thus you don’t need to be concerned with input voltage levels.

If you’re going to deploy a control system within an environment with extreme temperatures, it would be wise to invest in a properly rated power supply. Here are your best options for such environments:

Lastly, if the system which will be attached to this chassis requires redundancy, the following selection would be best. These systems require an uptime which is highly critical and could result in damage to the equipment or personnel in case of failure. Investing in a redundant power supply would be recommended.

ControlLogix Hardware Important Terms

Chassis Backplane

As mentioned above, the chassis will provide a connection between all the modules inserted into it. The primary goal is to send data between the PLC and other cards such as I/O, Communication modules and Specialty Modules.

The backplane, in particular, refers to the portion of the chassis which send the signals between the modules. This term is often used within RSLogix 5000 & Studio 5000 documentation as well as the software. It’s important to understand that this term will be referenced in order to identify which modules are positioned in the chassis.

Chassis Slot

As we discussed above, the chassis for the 1756 ControlLogix family will have 4, 7, 10, 13 or 17 slots. This number refers to the available spaces within the chassis. A single slot will be able to accommodate a single 1756 card. The slot numbers on the chassis will be labeled starting from 0. The same numbers will be used within the RSLogix & Studio 5000 environments as you configure which cards are positioned in which slot.

There’s no right or wrong way to position your modules within the chassis, but I would try to be consistent and group similar modules. My preferred method has been as follows:

PLC cards
Comm cards (EtherNet, DeviceNet, ControlNet, Sercos)
DC Inputs
DC Outputs
Analog Inputs
Analog Outputs
AC Inputs
AC Outputs
Relay Outputs
Specialty Modules

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Conclusion

The ControlLogix family offers an excellent control system for a large application. It’s highly scalable and supports a wide variety of modules for all purposes. Some examples include high-performance PLCs, Inputs, Outputs, Analog I/O, Relay Cards, Specialty Cards (RTD, HART, High-Speed Counter, etc.), Communication (EtherNet, DeviceNet, etc.)

Understanding the hardware is important as an engineer, PLC programmer and technician. Remember that a chassis is what’s used to host your cards, the backplane is the medium over which the cards communicate and the slot refers to their position within the chassis. These terms are frequently used within the documentation as well as program configuration through RSLogix & Studio 5000.

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